Magnesia Cupel 7AS

Share on (60620316504):


Price:

Quantity:


Product Overview

Description


 


 


Product Description


High quality magnesite is the majoritary component of  magnesia cupels. 


As a rule of thumb, magnesia cupels have a superior quality and offer many advantages:


Great mechanical strength, and are not affected by atmospheric conditions (not hygroscopic). . 


The prill or bead does not adhere to the fire assay cupel surface, 


When using magnesia cupels, the assay have a reduced tendency to freeze.  


No cracking or spiting, and the beads do not attach to the fire assay cupel surface.


Magnesia cupels provide security and quickly absorb great amounts of litharge without cracking or pitting. 


Our magnesia cupels allow to reduce the Cupellation temperature and time, resulting in minimal losses, higher accuracy and better yields.


Perfect uniformity of Quality of cupels 


 Quality and performance are continuously improved


 Magnesia cupels swiftly absorb 70% of their weight in litharge (PbO) at 980ºC without leaking.


 


Magnesia cupel data


 paste-pic-dp_uuid_6rviq


 

















































































































Size



A



B



C



D



E



F



mm



mm



mm



mm



mm



mm



4A



22



27



20



7.5



24



6



4AS



22



27



20



8



24



9



6A



26



40



30



6



30



12



7



22



39.5



29



6.5



31.2



11



7A



32



40



30



12



30



12



7AL



28.5



39.7



30



6



31.2



12.3



7AS



34



40



30



14



30



12



8



27.1



44.3



34.6



9



34.2



8.5



8A



35



45



37



13



38



13



9A



34



51



39



14



40



15



 


Packing & Shipping


Packed in carton with pallets


 


Service


High level of Quality Control at each stage of production


Packaged to your requirement


Prompt international shipping


Consultation available as needed.


 


Packaging pictures:


psbeCACY6H8I.jpg


 


QQ20181119151137.jpg


0.1852 s.